Difference between revisions of "Blasphemi"
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==== Changes to make ==== | ==== Changes to make ==== | ||
− | * a | + | * Structurally, our robot went nearly undamaged. Ultimately the only points of failure were the ring and the motor driving the ring. Going forward, we are looking to create the ring out of one solid piece of higher-grade aluminum. Furthermore, as opposed to using a step, we are looking to implement an external 45-degree chamfer. This should increase the average cross-sectional area of the ring, thereby making it stronger; furthermore, by making the ring from one piece, we remove the need for screws and pins which shear relatively easily. Secondly, we are looking at a better interfacing mechanism from the motor to the ring and a better retaining mechanism to keep the ring in place. |
== Gallery == | == Gallery == |
Revision as of 13:18, 26 February 2022
Blasphemi | |
---|---|
[[]] | |
Year of Creation | 2021-2022 |
Versions | |
Current Version | 1.0 |
Update Year | 2021-2022 |
Wins/Losses | 0/3 |
Information and Statistics | |
Weight Class | BeetleWeight |
Weapon Class | Ring Spinner |
Combined Wins/Losses | 0/3 |
Weapon Speed | ? RPM |
Caption? idk, they said "Velocoti is a Robo"
Contents
Competitions
Motorama 2022
- Results: 0-2
- Bracket Style: Double Elimination
- [Blasphemi (loser) V.S. Off Killter (winner): https://youtu.be/U74VuuBT5oI]
- This match saw Blasphemi go against a vertical beater bar robot. Blasphemi lost.
- Blasphemi's weapon worked very effectively at the start of the match. The ring took multiple direct impacts, yet continued to work.
- Blasphemi failed to deal damage using the weapon due mainly to little driving experience and human driver mistakes.
- Eventually the ring took enough carnage and started working, but the drive was fine.
- By the end of the match, the robot had been seriously scraped up and the ring needed to be fixed, but the bot was easy enough to repair for match two.
- [Blasphemi (loser) V.S. Purple Nation Army (winner): https://youtu.be/E18c2YfANUo]
- This match saw Blasphemi go up against a wedge bot. Blasphemi lost due to no effective damage being dealt.
- Blasphemi's weapon was working at the beginning of the match but faltered by the end due to damage from the previous battle.
- At the time of this match, the ring was no longer fully circular or flat, and this led to the failure.
- Ultimately, beyond pinning, the purple nation army was unable to deal any damage or attacks to Blasphemi.
- This match resulted in Blasphemi's elimination from the bracket.
- [Blasphemi (loser) V.S. Off Killter (winner): https://youtu.be/U74VuuBT5oI]
- Robojacket Rumble
- [Blasphemi vs Everyone: https://youtu.be/GNDQDlxVAPc]
- This was just for fun. All robojackets robots were put into the large motorama arena including all 3lb and both 30lb robots.
- The big bots were told not to attack for a few minutes while the little ones attacket. Then the big robots spun up and easily won.
- [Blasphemi vs Everyone: https://youtu.be/GNDQDlxVAPc]
- Bracket Style: Double Elimination
Version
Blasphemi V1.0
Created by: Names...
Drive Motors | Something |
Drive Motor Controllers | Something |
Weapon Motor | PROPDRIVE 2836 3000KV Brushless Outrunner |
Weapon Motor Controllers | Something |
Receiver | Something |
Remote Control | Something |
Battery | Aerostar 50A Electronic Speed Controller with 5A BEC |
Design Summary
- Weapon
- A ring powered by rollers, weapon motor (Propdrive 2836), and the friction of socially awkward interactions.
- Chassis
- something
- Drive
- something
Positives
- probably something
Issues
- a couple
Changes to make
- Structurally, our robot went nearly undamaged. Ultimately the only points of failure were the ring and the motor driving the ring. Going forward, we are looking to create the ring out of one solid piece of higher-grade aluminum. Furthermore, as opposed to using a step, we are looking to implement an external 45-degree chamfer. This should increase the average cross-sectional area of the ring, thereby making it stronger; furthermore, by making the ring from one piece, we remove the need for screws and pins which shear relatively easily. Secondly, we are looking at a better interfacing mechanism from the motor to the ring and a better retaining mechanism to keep the ring in place.
Gallery
Notes:
Naming Inspiration: stuff